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Creating innovative driving eXperiences using
the vehicle’s windshield.
* Actual recording of LiveWindow in use
A safe and innovative approach to completely new driving eXperiences.
Maximum Visual
Depth and Width
Compact
Display Size
Maximum Visual
Depth and Width
Provides every driver with the opportunity of creating automotive AR cloud applications, and enables “Just Drive” by synchronizing graphical overlays to the real world through the windshield.
Automotive AR Platform
Automotive AR Software
Manages the various modules for “vehicle localization”, “graphics rendering”, and “eye-tracking”, all from the use of front/driver-view cameras/sensors.
Provides every driver with the opportunity of creating automotive AR cloud applications, and enables “Just Drive” by synchronizing graphical overlays to the real world through the windshield.
Automotive AR Platform
Automotive AR Platform
Gives the appearance of intuitive graphics being projected on the road ahead by using the vehicle’s entire windshield as a see-through display, while simultaneously detecting on-road hazards and predicting driver intentions.
Provides every driver with the opportunity of creating automotive AR cloud applications, and enables “Just Drive” by synchronizing graphical overlays to the real world through the windshield.
Automotive AR Platform
Gives the appearance of intuitive graphics being projected on the road ahead by using the vehicle’s entire windshield as a see-through display, while simultaneously detecting on-road hazards and predicting driver intentions.
Automotive AR Platform
Provides the appearance of intuitive graphics being projected on the road ahead by using the vehicle’s entire windshield as a see-through display, while simultaneously detecting on-road hazards and predicting driver intentions.
Automotive AR System
Automotive AR Platform
Manages the various modules for “vehicle localization”, “graphics rendering”, and “eye-tracking”, all from the use of front/driver-view cameras/sensors.
Automotive AR Software
Manages the various modules for “vehicle localization”, “graphics rendering”, and “eye-tracking”, all from the use of front/driver-view cameras/sensors.
Automotive AR Software
Gives the appearance of intuitive graphics being projected on the road ahead by using the vehicle’s entire windshield as a see-through display, while simultaneously detecting on-road hazards and predicting driver intentions.
Automotive AR Platform
Automotive AR System
Provides the appearance of intuitive graphics being projected on the road ahead by using the vehicle’s entire windshield as a see-through display, while simultaneously detecting on-road hazards and predicting driver intentions.
Full windshield display
Using the full windshield as the vehicles main display, and utilizing various vehicle sensory information that’s tied to in-vehicle software and applications (live-driving, driver gaze, etc.), will provide drivers with never-before-seen driving eXperiences.
The global Automotive Applications market is expected to grow to the size of $1.37 trillion by 2030. Major car manufacturers are set to competitively introduce vehicles that enhance car safety through the utilization of the windshield as the primary display, commencing in 2025. This innovative approach is projected to be applied to 3 million new vehicles annually worldwide by 2027. With a minimum installation rate of 30 million new vehicles each year, the cumulative number of equipped vehicles is expected to reach 200-300 million between 2030 and 2032.
San Diego Location
3655 Nobel Dr, Suite 500, San Diego, California 92122, USA
Incheon Location
29F Posco Tower, 165 Convensia-Daero, Incheon, Korea
Contact
© 2023 Epitone, Inc. All rights reserved.
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